To avoid the risk of fire in the computer room, is remote monitoring really feasible?

Fires in data centers and computer rooms are usually caused by power problems in wires, raised floors, and other hidden areas. Arson, corporate destruction and natural events.

Such as lightning and power surges also increase the risk of fire. If the machine room is equipped with a dynamic environment monitoring system, it will reduce the risk of fire.

IoT cloud box monitoring solution
The IoT cloud box monitoring program is a professional intelligent monitoring system with functions such as collection, alarm, output, and control. It can complete the monitoring of various indoor environmental parameters including temperature and humidity, water leakage, power distribution, UPS and so on.

Through interface alarm, SMS alarm, voice alarm, mail alarm, sound and light alarm and other alarm methods to reach the purpose of remote monitoring.

It can reduce the burden of maintenance personnel in the computer room and further enhance the safety of the equipment in the computer room. The system has special significance for the scientific management of the computer room and is one of the important components of the computer room.

Customer case-a bank in Jiujiang
Customers have strict requirements on suppliers and products: monitoring objects include mains, power distribution, UPS, batteries, precision air conditioners, temperature and humidity, water leakage, smoke detection, video, access control, infrared human body detection and other equipment; 24-hour response, remote monitoring , Realize unattended.

The delivery of the centralized monitoring system for the bank branch computer room is not only fast but also professional. The project is highly praised by customers. They believe that the product is stable, functional, professional, and one-stop service is beyond their expectations. It is the right choice for customers. satisfy.

Concluding remarks

The IoT cloud box monitoring program timely and effectively understands the monitoring site environment and equipment operation conditions. When an emergency occurs, it can automatically take corresponding measures and notify the administrator to achieve unattended operation, improve maintenance efficiency, and reduce maintenance costs.